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# -*- coding: utf-8 -*-
#
# Copyright 2010 Andreas Löscher
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
# @author Andreas Löscher
# @author Matthias Ableitner <spam@abma.de>
#
from helper import joinstrings
INDENTATION = "\t"
# indentation
fInd = INDENTATION
cInd = 2*INDENTATION
TEAMID = "teamModule._currentTeam.teamId"
CALLBACK = "teamModule._currentTeam.callback"
def buildclasses(funclist):
retval = {}
# special cases with no pattern
special_cases = []
for funcname in funclist:
if not funcname:
continue
args = funclist[funcname][1]
call="return "+CALLBACK+"."+funcname+"("
# parse function name
# standart pattern:
# Clb_<classname>*_[0<specialformat>0]<functionname>
# special Cases:
# Clb_0MULTI1SIZE0Resource
# Clb_0MULTI1SIZE0UnitDef
# Clb_0MULTI1VALS0UnitDef
# seems like the following pattern:
# Clb_0MULTI1[SIZE/VALS]3<funcname>0<classname>
# and if no 3 between MULTI1SIZE and the next 0 then
# it is a count --> ResourceCount
if funcname in special_cases:
# no pattern here and hopefully not so many functions
# manually translated
pass
elif funcname.startswith("Clb_0"):
# special case
# Same function of MULT1VALS and MULTI1SIZE as for ARRAY1SIZE and
# ARRAY1VALS
classes = [funcname.split("0")[-1]]
# the challenge is to find good function names
# Lets try the following:
# if MULTI1SIZE and MULT1VALS thing, then function name
# after second last argument name (because this is what you get)
# Clb_0MULTI1VALS0UnitDef(teamId, unitDefIds, unitDefIds_max)
# --> UnitDef.getIds()
if "MULTI1SIZE" in funcname:
# do not use this function directly
# it is used within the same MULTI1VALS function
# however, if this function does not exist, then its some kind of
# amount for the corresponding object
i = funcname.find("MULTI1SIZE")
valfunc = funcname[:i]+"MULTI1VALS"+funcname[i+len("MULTI1SIZE"):]
if funclist.has_key(valfunc):
continue
else:
pyfuncname="getCount"
farg=""
for name, type in args[1:]:
farg += name+","
pyarg = farg[:-1]
farg = TEAMID+","+farg
call = call+farg[:-1]+")"
elif "MULTI1VALS" in funcname:
pyfuncname = args[-2][0][:-2]
classname = classes[-1]
if classname.upper() in pyfuncname.upper():
# allways starts with classname
pyfuncname = pyfuncname[len(classname):]
farg=""
newargs = args[1:-2] # not the array and not the size
for name, type in newargs:
farg += name+","
i = funcname.find("MULTI1VALS")
sizefunc = funcname[:i]+"MULTI1SIZE"+funcname[i+len("MULTI1VALS"):]
pyarg = farg[:-1]
farg = TEAMID+","+farg
farg += "None, "+CALLBACK+"."+sizefunc+"("+farg[:-1]+")"
call = call+farg+")"
elif "MULTI1FETCH3" in funcname:
# Clb_0MULTI1FETCH3WeaponDefByName0WeaponDef
pyfuncname = "get"+funcname.split("0")[1].split("3")[1]
farg=""
for name, type in args[1:]:
farg += name+","
pyarg = farg[:-1]
farg = TEAMID+","+farg
call = call+farg[:-1]+")"
else:
raise Exception("No pattern for function "+funcname)
# END SPECIALCASE WITH PATTERN
else:
# standart case
m=funcname.split("_")
classes = m[1:-1]
pyfuncname = m[-1]
pyarg=""
# check for special formats
# ignore everything besides ARRAY1SIZE and ARRAY1VALS
if "ARRAY1SIZE" in pyfuncname:
# do not use this function directly
# it is used within the same ARRAY1VALS function
continue
elif "ARRAY1VALS" in pyfuncname:
farg=""
newargs = args[1:-2] # not the array and not the size
for name, type in newargs:
farg += name+","
i = funcname.find("ARRAY1VALS")
sizefunc = funcname[:i]+"ARRAY1SIZE"+funcname[i+len("ARRAY1VALS"):]
pyarg = farg[:-1]
farg = TEAMID+","+farg
farg += "None, "+CALLBACK+"."+sizefunc+"("+farg[:-1]+")"
call = call+farg+")"
elif "MAP" in pyfuncname:
# in the current master branch, there are three MAP functions which in
# combination return some kind of dictionary:
# 0MAP1SIZE0<funcname> -> size
# 0MAP1KEYS0<funcname> -> keys
# 0MAP1VALS0<funcname> -> values
# only grep one function, because we do not need the rest
if "VALS" in pyfuncname:
# funcname == VALS function
i = funcname.find("VALS")
keyfunc = funcname[:i]+"KEYS"+funcname[i+len("VALS"):]
farg=""
newargs = args[1:-1] # not the array
for name, type in newargs:
farg += name+","
tmp = "vals = "+CALLBACK+"."+funcname+"("+TEAMID+","+farg[:-1]+")\n"
call = tmp + cInd+ "keys = "+CALLBACK+"."+keyfunc+"("+TEAMID+","+farg[:-1]+")\n"
tmp = ""
tmp += cInd + "return dict(dict_helper(vals, keys))\n"
call = call + tmp
# et voila, e have a dict
else:
continue
else:
farg=""
for name, type in args[1:]:
farg += name+","
pyarg = farg[:-1]
farg = TEAMID+","+farg
call = call+farg[:-1]+")"
# strip pyfuncname of specialformat
pyfuncname = pyfuncname.split("0")[-1]
docstring = "The arguments are:\n"
assertstring = ""
docu=False
for arg in args[1:]:
docu=True
if "[]" in arg[0] or "struct SAIFloat3*"==arg[1]:
break
docstring += "\t" + arg[0]+": "
if "SAIFloat3" in arg[1]:
docstring += "(float, float, float)"
assertstring += cInd + "check_float3("+arg[0]+")\n"
elif "char" in arg[1]:
docstring += "string"
assertstring += cInd + "assert isinstance("+arg[0]+", str)\n"
elif "void" in arg[1]:
docstring = "This function should not be used directly. Use the Command class instead. If you want to use this function directly, see the command class implementation for documentation."
break
elif "float" in arg[1]:
docstring += arg[1]
assertstring += cInd + "assert isinstance("+arg[0]+", float)\n"
elif "int" in arg[1]:
docstring += arg[1]
assertstring += cInd + "assert isinstance("+arg[0]+", (int, long))\n"
assertstring += cInd + arg[0] + "=int("+arg[0]+")\n"
elif "bool" in arg[1]:
docstring += arg[1]
assertstring += cInd + "assert isinstance("+arg[0]+", int)\n"
else:
docstring += arg[1]
docstring += "\n"
if not docu:
docstring= "no arguments"
functionstring = fInd + "@staticmethod\n"
functionstring += fInd + "def "+pyfuncname+"("+pyarg+"):\n"
functionstring += cInd + '"""'+ docstring + '"""\n'
functionstring += assertstring
functionstring += cInd + call + "\n"
if not retval.has_key(classes[-1]):
retval[classes[-1]] = []
retval[classes[-1]].append(functionstring)
return retval
def commandfuncs(commands):
# generate functions for the command class
funcs={}
for command in commands:
structname, members = commands[command]
# extract functionname from structname
# SSetMyHandicapCheatCommand
# S<funcname>Commane
funcname = structname[1].lower() + structname[2:-7]
pyarglist = []
dictbuild = "data = {"
for member, mtype in members:
if not "ret_" in member:
pyarglist.append(member)
dictbuild +="\""+member+"\":"+member+","
else:
# return data, give something stupid to the function
if "int" in mtype:
dictbuild += "\""+member+"\":0,"
elif "SAIFloat3" in mtype:
dictbuild += "\""+member+"\":(0,0,0),"
elif "bool" in mtype:
dictbuild += "\""+member+"\":0,"
else:
# do not convert function
# if you really need those functions, you have to
# call them yourself
continue
if members:
dictbuild = dictbuild[:-1]+"}"
else:
dictbuild += "}"
code = fInd+"@staticmethod\n"
code += fInd+"def "+funcname+"("
args = ""
for arg in pyarglist:
args += arg + ","
if args:
args = args[:-1]
code += args+"):\n"
code += cInd + dictbuild + "\n"
code += cInd + "Command.id+=1" + "\n"
code += cInd + "retval = "+CALLBACK+".Clb_Engine_handleCommand("+TEAMID+", -1, Command.id,"+command+",data)" + "\n"
code += cInd + "if retval:\n"
code += cInd + INDENTATION + "return Command.id, retval\n"
code += cInd + "return Command.id\n"
funcs[funcname]=code
return funcs
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